If the landslide enters the ocean or occurs underwater, yes. While tsunamis are most often caused by earthquakes, landslides are the second leading cause. In fact, landslides can sometimes trigger much larger tsunamis than those associated with earthquakes.
Yes, but there are other factors that are just as significant. Earthquakes below 7.0 usually don't produce noticeable tsunamis. Larger earthquakes may or may not produce a tsunami, depending on the location, depth, type and orientation of the fault.
Tsunamis are long, high sea waves usually caused by underwater earthquakes, volcanic eruptions, or landslides. They can travel at high speeds across the ocean and cause widespread destruction when they reach land. Tsunamis have long wavelengths and low wave heights in deep water, but their energy allows them to grow larger as they approach the shore.
The San Andreas Fault itself is not a direct cause of tsunamis, as it primarily generates earthquakes along a transform fault line. However, if an earthquake along the fault triggers a significant landslide or an underwater disturbance, it could potentially generate localized tsunamis. Generally, tsunamis are more commonly associated with subduction zones, where tectonic plates collide and create larger underwater earthquakes. Therefore, while it's unlikely for the San Andreas Fault to cause a tsunami, indirect effects could lead to localized wave activity.
It depends on the magnitude of each event. Generally, tsunamis can cause more widespread destruction because they can affect larger areas and cause significant damage along coastlines. However, strong earthquakes can also be incredibly destructive, especially if they occur in densely populated areas or trigger landslides and other secondary hazards.
If the landslide enters the ocean or occurs underwater, yes. While tsunamis are most often caused by earthquakes, landslides are the second leading cause. In fact, landslides can sometimes trigger much larger tsunamis than those associated with earthquakes.
Earthquakes can cause tsunamis. Fill your bath tub full to the top with water, then drop a cinder block into the water. see what happens! the landslide is the same thing except on a much larger scale
Yes, but there are other factors that are just as significant. Earthquakes below 7.0 usually don't produce noticeable tsunamis. Larger earthquakes may or may not produce a tsunami, depending on the location, depth, type and orientation of the fault.
Seismologists not meteorologists study earthquakes. Generally earthquakes can be predicted by measuring fore-quakes which often precede larger earthquakes.
Tsunamis are long, high sea waves usually caused by underwater earthquakes, volcanic eruptions, or landslides. They can travel at high speeds across the ocean and cause widespread destruction when they reach land. Tsunamis have long wavelengths and low wave heights in deep water, but their energy allows them to grow larger as they approach the shore.
A number of reasons. There are far fewer major volcanic eruptions than there are earthquakes. Earthquakes have no warning. Most volcanos give warning signs before a major eruption. Earthquakes affect far larger areas, and those areas are more likely to have people living in them. Unless you are near a volcano, *and* in the path of a pyroclastic flow, a blast, or are two stupid to get out of the way of a lava flow, they are unlikely to kill you.
Currently there are over five thousand active volcanoes underwater varying from ones larger than any on the surface to cones no larger than an automobile. go to: http://www.crystalinks.com/volcanoesunderwater.html
Objects appear larger and closer underwater due to the refraction of light. Light waves bend when they pass from one medium (air) to another (water), causing the underwater object to look magnified and closer than it actually is.
Objects appear larger and closer underwater due to the way light bends as it passes from water to air, causing refraction. This distortion in the path of light makes objects underwater seem closer and bigger than they actually are when viewed from the surface.
They are called aftershocks, or tremors.
They are called aftershocks, or tremors.
No, typically the underwater portion of an iceberg is not bigger than the portion that is visible above water. Icebergs are known to have a larger portion underwater, but this is due to the difference in density between ice and seawater rather than the underwater portion being larger in size.